The production and investigation of effectiveness ofinterior plaster which removesindoor air pollutants

WHO ( World Health Organization ) announced that; people spend %90 of their time in closed and half closed environments and because of this situation, Sick Building Syndrome is now the fourth most important health issue on globally. Today, instead of standard structure materials,necessity of new generation structure materials with superior characteristics' improvements occurred. With this purpose, production and activity of internal plaster which resolves closed environment air polluters' examined in this thesis. With improvement of standard gypsum plaster with active matter; a new generation, ecological internal plaster formulation has been improved and analysis of the ammonia, toluene, formaldehyde solvent and gasses of CO, CO2 has been made. New generation ecological plaster is found that it's 33 times more efficient than standard gypsum plaster on CO gas adsorption, 7 times on CO2 gas adsorption, 2 times on steam of formaldehyde solvent, 6.5 times on steam of ammonium solvent and 10 times on toluene solvent.